A theoretical study of end effects for rectangular resonators on narrow channels (Q1208816)
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scientific article; zbMATH DE number 167036
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | A theoretical study of end effects for rectangular resonators on narrow channels |
scientific article; zbMATH DE number 167036 |
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A theoretical study of end effects for rectangular resonators on narrow channels (English)
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16 May 1993
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(From the author's abstract.) Linearized potential theory is applied to study the deformation of water waves by rectangular resonators in narrow channels, when the width of the channels is less than one half the incident wavelength. The `exact' solution is obtained by matched eigenfunction expansions; the resulting matrix equation is solved numerically. The numerical solution of the boundary integral equation method has also been obtained for comparison. Results are in reasonably good agreement with the laboratory experimental data.
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linearized potential theory
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matched eigenfunction expansions
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0.7518838047981262
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0.7336370348930359
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0.7286731004714966
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0.7233426570892334
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